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以往在分析钢铁元素成份的方法中,化学分析法被利用的最多,并占着很重要的位置。而光电光谱分析法,由于其快速,准确和能够实现多元素同时分析及连续分析的特点。特别是随着近代科技的发展,仪器进一步改进和光电光谱分析法的进步,目前钢铁中大部分元素的成份分析可以由光电光谱法代替。因此,推广应用光电光谱分析,在降
In the past in the analysis of the elements of steel elements, chemical analysis is the most used, and occupy a very important position. The photoelectric spectroscopy, due to its fast, accurate and can be achieved simultaneously multi-element analysis and continuous analysis of the characteristics. Especially with the development of modern science and technology, further improvement of instruments and the progress of photoelectric spectroscopy, the composition analysis of most elements in steel can be replaced by photoelectric spectroscopy. Therefore, the promotion of the application of optical spectral analysis, down